Endosymbiotic Theory Interactive

Experience the revolutionary biological process that created complex life on Earth through this engaging educational simulation. Guide a primitive cell as it engulfs bacteria to form mitochondria and chloroplasts, recreating the pivotal evolutionary events that led to all plants and animals. Through hands-on gameplay and interactive quizzes, you'll understand how simple cells became the complex organisms that dominate Earth today.   What You'll Do:   • Control a living cell - Use your mouse to guide cells through each evolutionary stage   • Identify aerobic bacteria - Observe different prokaryotes and select the oxygen-consuming bacteria that will become mitochondria   • Perform phagocytosis - Engulf bacterial cells and watch them transform into organelles inside your cell   • Feed your mitochondria - Collect glucose and oxygen molecules to power cellular respiration   • Harness photosynthesis - Capture cyanobacteria to create chloroplasts and produce your own glucose from sunlight   • Manage a complete cell - Balance inputs and outputs between chloroplasts and mitochondria in a fully functioning eukaryotic cell   What You'll Learn:   • How mitochondria and chloroplasts originated from engulfed bacteria   • Why mitochondria have their own DNA and replicate independently   • The difference between aerobic respiration (36 ATP) and fermentation (2ATP)   • How early Earth's anaerobic conditions shaped evolution   • The role of cyanobacteria in creating Earth's oxygen atmosphere   • Evidence supporting the endosymbiotic theory through interactive quizzes